JP6758883B2 - Airtight / insulated structure of sash window - Google Patents

Description

The present invention relates to an airtight / insulated structure for a sash window.

Conventionally, in buildings such as buildings and houses, sliding windows, sash windows, FIX windows (fitting windows), single-sided windows, outward-opening windows, inside-out windows, folding windows, rotating windows, etc. Various sash windows are used.

Of these, the sash window of the sliding window has a frame body fixed to the outer peripheral edge of the opening of the building, and two shoji screens can be slid to the left and right inside the frame so as to open and close the opening. It is organized by putting it in. Each shoji is a square frame-shaped stile consisting of an upper stile, a lower stile, and left and right vertical stiles (one vertical stile is a combined stile) formed using aluminum or resin profiles, and inside the stile. It is formed with a housed glass panel.

Further, each shoji is arranged by forming a guide groove having a concave cross section in the upper frame of the shoji and engaging the guide groove with the upper rail formed in the upper frame of the frame body. Further, the door roller is housed in the lower frame, and the lower frame and the door roller are arranged so as to be engaged with each other on the lower rail having a convex cross section provided in the lower frame of the frame body. As a result, the shoji is provided so as to be guided by the upper rail and the lower race of the frame body so as to be slidable in the left-right direction.

In addition, intermediate rails arranged between the upper stiles of one shoji and the other sash and between the lower stiles of each other are projected from the upper frame and the lower frame, and guides to the upper and lower intermediate rails. Each shoji is provided so that it can be slidably moved.

On the other hand, in the sliding window sash, a smoke return having a substantially L-shaped cross section is integrally provided with the combination sash of the shoji, and the pair of obstacles are closed so that the combination stiles overlap each other and the smoke returns are engaged with each other. (See, for example, Patent Document 1).

Furthermore, a resin cover (resin material) for ensuring heat insulation and airtightness is attached to the outside of the aluminum profile on one of the shoji sashes, and the pair of sashes are closed so that the sashes overlap each other. Ru Monogaa the resin cover of one of the shoji was configured to ensure thermal insulation and airtightness by abutting the aluminum profile of the other sliding door.

Further, in general, in the sliding window sash 100 of a mid-to-high-rise building, for example, as shown in FIG. 13, the resin material 3 of one of the mating stiles 1 corresponds to the aluminum profile (aluminum portion) of the other mating sash 2. abutment / airtight line R1 than the smoke-back 4 is provided on the indoor side, and is configured to prevent ingress of water such as rain water and drained 5 provided in the chamber outside the side of the gas-tight line R1 in contact ..

In the sliding window sash 100 of a house, for example, as shown in FIG. 14, the contact portion / contact portion where the resin material 3 of one of the mating stiles 1 abuts on the aluminum profile (aluminum portion) of the other mating sash 2. The airtight line R1 is provided on the outdoor side of the smoke return 4, and the airtight line (contact portion) R1 is configured to also serve as a drainer.

JP-A-2007-51535

However, in the above-mentioned conventional sliding window sash, a resin material (resin cover) having excellent heat insulating properties but easily causing heat shrinkage is attached to one of the mating sashes, and this resin material is an aluminum type of the other mating sash. Since heat insulation and airtightness are ensured by contacting the material, when heat shrinkage occurs in the resin material, a gap is created between the aluminum profile and the resin material, and heat insulation and airtightness can be ensured. There was a risk that it would disappear.

Also, like the sliding window sash of a mid-to-high-rise building, a resin material should be provided on the indoor side, an airtight line should be arranged on the indoor side, and a resin material forming a heat insulating layer should be provided on the surface of the mating stile facing the indoor side. Then, in order to obtain the desired heat insulating performance, the finding width of the sash is increased according to the size of the resin material. Along with this, there is a risk that the appearance may deteriorate (decrease in design) and the cost may increase.

It should be noted that, like the sliding window sash of a house, a contact portion / airtight line is provided on the outdoor side where the resin material of one of the mating stiles comes into contact with the aluminum profile of the other mating sash, and this airtight line ( If the abutting portion) also serves as a drainer, it is affected by the temperature difference between the outside and the room, and dew condensation or the like is likely to occur around the airtight line on the outside of the room, which may make it difficult to ensure watertightness.

In view of the above circumstances, it is an object of the present invention to provide an airtight / heat insulating structure for a sash window that enables the finding width of a sash to be kept small while ensuring / improving airtightness and heat insulating properties. ..

To achieve the above object, the present invention provides the following means.

The airtight / insulated structure of the sash window of the present invention includes a plurality of sashes supported by a frame attached to the outer periphery of an opening formed in the building, and at least one sash can be slid to the frame. The sash window has an airtight / heat insulating structure in which the opening can be opened and closed, the sash window is an aluminum resin composite sash, and the shoji is an upper sash, a lower sash, a vertical sash, and a combination. A sash having a sash and a glass panel whose outer peripheral end is held by the sash to form a window surface are provided, and the sash is formed with a fitting recess for engaging and holding the glass panel, and the fitting recess is formed. A piece arranged on the indoor side of the recess is made of aluminum, and the sash is closed so that one sash of one adjacent sash and the other sash of the other sash overlap in the depth direction. The upper frame of the frame is provided with an airtight material attached to the surface of the one mating stile facing each other and a resin material attached to the surface of the other mating sash and adhered to the airtight material. An intermediate wall portion that protrudes downward and extends in the width direction is provided between the upper depth directions of the pair of adjacent sashes, and the lower frame of the frame is upward between the lower depth directions of the pair of adjacent sashes. It is provided with an intermediate wall portion extending in the projecting width direction, and is provided with another airtight material attached to the intermediate wall portion of the upper frame and / or the lower frame and in close contact with the other mating sash, and the one mating sash is provided. An airtight line formed by abutting the airtight material attached to the surface of the sash and the resin material attached to the surface of the other mating stile, and the other airtight material attached to the intermediate wall portion. It is characterized in that the airtight line formed by abutting the other sash and the other sash is displaced in the depth direction .

Further, in the airtight / heat insulating structure of the sash window of the present invention, between the upper end of the airtight material and the upper frame of the frame, and / or between the lower end of the airtight material and the lower frame of the frame. It is desirable that the airtight piece is provided and the airtight piece is provided with an airtight material adjacent portion adjacent to the airtight material.

Further, in the airtight / heat insulating structure of the sash window of the present invention, it is more desirable that the airtight material is an elastic body.

According to the sash window of the present invention, it is possible to keep the finding width of the mating stile small while ensuring / improving the airtightness and the heat insulating property.

It is sectional drawing which shows the sliding window sash (sash window), airtight / heat insulating structure which concerns on one Embodiment of this invention. It is a vertical sectional view which shows the sliding window sash (sash window), the airtight / heat insulating structure which concerns on one Embodiment of this invention. It is an enlarged view of S1 part of FIG. 1, and is the cross-sectional view which shows the airtight / heat insulating structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is an enlarged view of the S2 part of FIG. 2, and is the vertical sectional view which shows the airtight / heat insulating structure of the upper part of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is an enlarged view of S3 part of FIG. 2, and is the vertical sectional view which shows the airtight / heat insulating structure of the lower part of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is a perspective view which shows the 4th airtightness / insulation structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is a perspective view which shows the 4th airtightness / insulation structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is sectional drawing which shows the 4th airtightness / heat insulation structure, and the 5th airtightness / heat insulation structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is a perspective view which shows the 5th airtightness / insulation structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is a vertical cross-sectional view which shows the modification example of the 5th airtightness / insulation structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is a vertical cross-sectional view which shows the modification example of the 5th airtightness / insulation structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is a vertical cross-sectional view which shows the modification example of the airtightness / heat insulation structure of the sliding window sash (sash window) which concerns on one Embodiment of this invention. It is sectional drawing which shows the airtight / heat insulation structure of the conventional highly watertight type sliding window sash (sash window). It is sectional drawing which shows the airtight / heat insulation structure of the conventional low watertight type sliding window sash (sash window).

Hereinafter, the airtight / heat insulating structure of the sash window according to the embodiment of the present invention will be described with reference to FIGS. 1 to 12.

Here, in the present embodiment, the sash window according to the present invention will be described as a sliding window, but the present invention is applicable as long as it is a sash window provided with a sash window on the obstacle. In addition to the sliding window, the sash window according to the above may be a sash window having a different opening / closing method and function, such as a raising / lowering window or a single sliding window.

First, as shown in FIGS. 1 and 2, the sliding window sash (sash window) A of the present embodiment has an upper sash 10a, a lower sash 10b, one vertical sash 10c, and the other vertical sash 10d. It is configured to include a sash 10 made of the sash 10 and a glass panel (shoji body) 11 whose outer peripheral end is held by the sash 10 to form a window surface.

The stile 10 is formed of a hollow structure using an aluminum profile (aluminum portion) or a resin profile. Each frame 10 (10a, 10b, 10c, 10d) is formed by providing a fitting recess formed between a pair of side wall portions on the inner peripheral side, and the outer peripheral end portion of the glass panel 11 is formed in the fitting recess. Is configured to engage and hold.

As shown in FIGS. 2, 4, and 5, the shoji screens 12 and 13 are arranged by engaging the upper stile 10a with the engaging recesses provided in the upper frame 16 of the frame body 15. Further, the lower stile 10b is provided with an engaging recess having a concave cross section that opens downward and a door roller 18 housed in the engaging recess, and the lower rail is provided on the lower frame 17 of the frame body 15 so as to project upward. The engaging recess and the door roller 18 are arranged so as to be engaged with each other. As a result, the shoji screens 12 and 13 are provided so as to be guided by the upper frame 16 and the lower frame 17 of the frame body 15 so as to be slidable in the left-right direction (width direction T1).

Further, in the upper frame 16 (lower frame 17) of the present embodiment, an intermediate wall portion (an intermediate wall portion) arranged between the upper stiles 10a of one sash 12 and the other sash 13 and between the lower stiles 10b of each other. An intermediate rail) 20 is provided, and the shoji screens 12 and 13 are provided so as to be slidably movable so as to be guided to the upper and lower intermediate wall portions 20.

As shown in FIGS. 1 and 3, the pair of shoji sashes 12 and 13 are provided with a smoke return 4 having an L-shaped cross section, and the sashes 12 and 13 are closed to each other's sash 10d. Are configured so that the smoke returns 4 are engaged with each other as they overlap.

On the other hand, in the sliding window sash A of the present embodiment, the shoji screens 12 and 13 are closed so that the mating sashes 10d overlap each other, and the airtightness / heat insulating structure for ensuring airtightness (including watertightness) and heat insulating property is ensured. It has a B.

Further, the airtight / heat insulating structure B of the present embodiment includes a first airtight / heat insulating structure B1, a second airtight / heat insulating structure B2, a third airtight / heat insulating structure B3, a fourth airtight / heat insulating structure B4, and a first. It has 5 airtight / heat insulating structures B5.

As shown in FIGS. 1, 2 and 3, the first airtight / heat insulating structure B1 is vertically above and below the mating stile 10d in a state where the pairing stiles 12 and 13 are overlapped with each other. The purpose is to ensure the airtightness and heat insulating property of the direction T2, and the second airtightness / heat insulating structure B2 is combined with the upper frame 16 as shown in FIGS. 2 and 4 (FIGS. 1 and 3). The purpose is to ensure the airtightness and heat insulating property between the 10d and the upper stile 10a, and the third airtight / heat insulating structure B3 is shown in FIGS. 2 and 5 (FIGS. 1 and 3). This is for ensuring airtightness and heat insulation between the frame 17, the combination stile 10d, and the lower stile 10b. Further, as shown in FIGS. 6 to 9, the fourth airtight / heat insulating structure B4 is for ensuring the airtightness and heat insulating property between the first airtight / heat insulating structure B1 and the third airtight heat insulating structure B3. The fifth airtight / heat insulating structure B5 is for ensuring the airtightness and heat insulating property between the first airtight / heat insulating structure B1 and the second airtight / heat insulating structure B2.

Specifically, in the first airtight / heat insulating structure B1 of the present embodiment, as shown in FIGS. 1 to 5, the surface of the mating stile 10d of one shoji 12 and the mating stile 10d of the other shoji 13 facing each other. The surface (aluminum part) of the first resin material (resin cover) 21 provided on the (site) to form a heat insulating layer and the sash 10d of one sash 12 facing the sash 10d of the other sash 13. A first airtight material (side airtight) provided so as to engage with the groove-shaped first engaging portion 23 formed in the vertical direction T2 and to be in close contact with the first resin material 21 of the other mating stile 10d. Material) 24 is provided.

The first airtight material 24 is detachably engaged with the first engaging portion 23 of one of the mating frames 10d, and is engaged with an engaging base end portion 24a for positioning and holding the first airtight material 24, and an engaging group. With the end portion 24a engaged with the first engaging portion 23, it protrudes from the engaging base end portion 24a toward the first resin material 21 of the other mating stile 10d and protrudes into the first resin material 21. It is formed with an airtight / heat insulating main body portion 24b with which the directional tip portion is in close contact.

Further, the first airtight material 24 is made of resin and is formed so as to be elastically deformable, and is formed with a predetermined length in the vertical direction T2 from the upper side to the lower side of one of the combined stiles 10d. Further, the first airtight material 24 of the present embodiment is formed so that the tip end side of the airtight / heat insulating main body 24b exhibits a convex arcuate cross section. The engaging base end portion 24a is formed in a substantially flat plate shape.

Further, in the present embodiment, in order to improve the heat insulating property, one of the combination stiles 10d is used so as to cover the two side surfaces on the indoor side except for the surface provided with the first airtight material 24 and the smoke return 4. A resin cover 25 is attached. Further, the first airtight material 24 of one of the combined stiles 10d is provided on the indoor side of the smoke return 4.

As a result, the first airtight / heat insulating structure B1 of the present embodiment comes into contact with the first resin material 21 which is attached to the sash 10d of the other shoji 13 to form a heat insulating layer and the first resin material 21. The first airtight line R2 is formed on the indoor side by the first airtight material 24 attached to the combination stile 10d of the one shoji 12.

Next, the second airtight / heat insulating structure B2 of the present embodiment for ensuring the airtightness and heat insulating property between the upper frame 16 and the combined stile 10d and the upper stile 10a is as shown in FIGS. 2 and 4. A groove-shaped second engaging portion 26 along the width direction T1 in the extending direction of the upper frame 16 is provided on the surface of the intermediate rail (intermediate wall portion) 20 of the upper frame 16 facing the outdoor side. A second airtight material (upper airtight material) 27 is engaged and attached to the engaging portion 26.

Like the first airtight material 24, the second airtight material 27 is detachably engaged with the second engaging portion 26 of the upper frame 16 to position and hold the second airtight material 27. With the 27a and the engaging base end portion 27a engaged with the second engaging portion 26, the tip portion in the protruding direction is in close contact with the upper stile 10a of the other obstacle 13 from the engaging base end portion 27a. It is formed to include a main body portion 27b.

Further, the second airtight material 27 is made of resin and is formed so as to be elastically deformable, and is formed with a predetermined length in the lateral direction reaching substantially both ends of T1 in the width direction of the upper frame 16. Further, the second airtight material 27 of the present embodiment is formed so that the tip end side of the airtight / heat insulating body portion 27b has a convex arcuate cross section, and the engaging base end portion 27a is formed in a substantially flat plate shape.

Then, in the second airtight / heat insulating structure B2, the tip of the airtight / heat insulating main body 27b of the second airtight material 27 attached to the intermediate rail 20 of the upper frame 16 is brought into close contact with the upper stile 10a of the other shoji 13.

As a result, the second airtight / heat insulating structure B2 of the present embodiment forms the second airtight line R3 on the indoor side by the second airtight material 27 that abuts on the upper stile 10a of the other shoji 13.

Then, at this time, the first resin material 21 attached to the other mating stile 10d to form the heat insulating layer and the first airtight material 24 attached to the one mating stile 10d in contact with the first resin material. The second airtight line R3 formed of the second airtight material 27 is formed at a position shifted to the outdoor side (a position different in the prospective direction (depth direction T3)) than the first airtight line R2 formed by the above.

Next, as shown in FIGS. 2 and 5, the third airtight / heat insulating structure B3 of the present embodiment for ensuring the airtightness and heat insulating property between the lower frame 17, the combined stile 10d, and the lower stile 10b is shown. , Roughly, the second airtight / heat insulating structure B2 is configured by reversing the top and bottom.

That is, the third airtight / heat insulating structure B3 of the present embodiment has a third engagement along the width direction T1 of the lower frame 17 in the extending direction on the surface (part) of the intermediate wall portion 20 of the lower frame 17 facing the outdoor side. A joint portion 30 is formed, and a third airtight material (lower airtight material) 31 is engaged and attached to the third engagement portion 30.

Like the first airtight material 24 and the second airtight material 27, the third airtight material 31 is detachably engaged with the third engaging portion 30 of the lower frame 17 to position and hold the third airtight material 31. In a state where the engaging base end portion 31a and the engaging base end portion 31a are engaged with the third engaging portion 30, the tip portion in the protruding direction is formed from the engaging base end portion 31a to the lower frame 10b of the other obstacle 13. It is formed with an airtight / heat insulating body portion 31b that is in close contact with the main body.

Further, the third airtight material 31 is made of resin and is formed so as to be elastically deformable, and is formed with a predetermined length in the lateral direction reaching substantially both ends of T1 in the width direction of the lower frame 17. Further, the third airtight material 31 of the present embodiment is formed so that the tip end side of the airtight / heat insulating main body 31b exhibits a convex arc shape in cross section and engages with the third airtight material 31, similarly to the first airtight material 24 and the second airtight material 27. The base end portion 31a is formed in a substantially flat plate shape.

Then, in the third airtight / heat insulating structure B3, the tip of the airtight / heat insulating main body 31b of the third airtight material 31 attached to the intermediate wall 20 of the lower frame 17 is in close contact with the lower stile 10b of the other shoji 13. ..

As a result, the third airtight / heat insulating structure B3 of the present embodiment forms the third airtight line R4 on the indoor side by the third airtight material 31 that abuts on the lower stile 10b of the other shoji 13.

At this time, the first resin material 21 attached to the other mating stile 10d to form the heat insulating layer and the first airtight material 24 attached to the one mating stile 10d in contact with the first resin material 21. The third airtight line R4 formed of the third airtight material 31 is formed at a position shifted to the outdoor side (a position different from the expected direction (depth direction T3)) than the first airtight line R2 formed by ..

Next, the fourth airtight / heat insulating structure B4 of the present embodiment is for ensuring the airtightness and heat insulating property between the first airtight / heat insulating structure B1 and the third airtight heat insulating structure B3. As shown in FIGS. 7 and 8, it is interposed between the lower end of the first airtight material 24 of the first airtight / heat insulating structure B1 and one side end of the third airtight material 31 of the third airtight heat insulating structure B3. It is configured to include a fourth airtight material (airtight piece) 32 made of resin.

The fourth airtight material 32 is provided so as to connect the airtight lines formed by the first airtight / heat insulating structure B1 and the third airtight heat insulating structure B3, respectively. Further, the fourth airtight material 32 of the present embodiment projects upward (T2 in the vertical direction) and is disposed adjacent to the lower end side of the first airtight material 24 of the first airtight / heat insulating structure B1. A portion (adjacent portion of the airtight material) 32a and a fitting portion 32b recessed in the width direction T1 to which one side end of the third airtight material 31 of the third airtight / heat insulating structure B3 fits are formed. ing.

In this way, the fourth airtight / heat insulating structure B4 is located between the lower end of the first airtight material 24 of the first airtight / heat insulating structure B1 and one side end of the third airtight material 31 of the third airtight heat insulating structure B3. By interposing the fourth airtight material 32, the protruding portion 32a of the fourth airtight material 32 is further adjacent to the lower end side of the first airtight material 24, and the fitting portion 32b of the fourth airtight material 32 is second. 3 By fitting one side end of the airtight material 31, a series of airtight lines are formed in this portion, and the airtightness and heat insulation between the first airtight / heat insulating structure B1 and the third airtight heat insulating structure B3 are formed. The property is preferably ensured.

Next, the fifth airtight / heat insulating structure B5 of the present embodiment is for ensuring the airtightness and heat insulating property between the first airtight / heat insulating structure B1 and the second airtight heat insulating structure B2. As shown in FIGS. 7 and 8), an interposition is provided between the upper end of the first airtight material 24 of the first airtight / heat insulating structure B1 and one side end of the second airtight material 27 of the second airtight heat insulating structure B2. It is configured to include a fifth airtight material (airtight piece) 33 made of resin to be provided.

Like the fourth airtight material 32, the fifth airtight material 33 is provided so as to connect the airtight lines formed by the first airtight / heat insulating structure B1 and the second airtight heat insulating structure B2, respectively. Further, the fifth airtight material 33 of the present embodiment projects downward (T2 in the vertical direction) and is disposed adjacent to the upper end side of the first airtight material 24 of the first airtight / heat insulating structure B1. A portion (adjacent portion of the airtight material) 33a and a fitting portion 32b recessed in the width direction T1 to which one side end of the second airtight material 27 of the second airtight heat insulating structure B2 fits are formed. There is.

In this way, the fifth airtight / heat insulating structure B5 is located between the upper end of the first airtight material 24 of the first airtight / heat insulating structure B1 and the one side end of the second airtight material 27 of the second airtight heat insulating structure B2. By interposing the fifth airtight material 33, the protruding portion 33a of the fifth airtight material 33 is adjacent to the upper end side of the first airtight material 24, and the fitting portion 33b of the fifth airtight material 33 is connected to the fifth. 2 By fitting one side end of the airtight material 27, a series of airtight lines are formed in this portion, and the airtightness and heat insulation between the first airtight / heat insulating structure B1 and the second airtight heat insulating structure B2 are formed. The property is preferably ensured.

Therefore, in the airtight / heat insulating structure B of the sash window A of the present embodiment, the airtightness of the mating stiles 12 and 13 in the vertical direction T2 in the extending direction in the state where the mating stiles 10d overlap each other. A first resin material provided with a first airtight / heat insulating structure B1 for ensuring properties and heat insulating properties, and attached to a combination stile 10d of the other shoji 13 of the first airtight / heat insulating structure B1 to form a heat insulating layer. An airtight line R2 is formed on the indoor side by the 21 and the elastically deformable first airtight material 24 attached to the combination stile 10d of the shoji 12 which is in contact with the first resin material 21.

As a result, in the first airtight / heat insulating structure B1 of the present embodiment having the above configuration, even when the first resin material 21 is deformed by heat shrinkage or the like, when the pair of shoji screens 12 and 13 are closed. The tip of the elastically deformable first airtight material 24 can always be brought into close contact with the first resin material 21, and airtightness and heat insulating properties can be ensured.

Further, in the first airtight / heat insulating structure B1 of the present embodiment, the elastically deformable first airtight material 24 is brought into contact with the first resin material 21 provided on the other mating stile 10d to provide airtightness and heat insulating properties. The thickness of the first resin material 21 can be reduced by ensuring the above.

As a result, the first resin material 21 (heat insulating layer) can be made thinner while ensuring the desired heat insulating property as compared with the conventional case, and the width of the expected direction (depth direction) T3 of the combined stile 10d can be suppressed to be small. Can be done. Therefore, the appearance of the combination stile 10d and, by extension, the sash window A can be improved, and the cost can be reduced.

Further, in the airtight / heat insulating structure B of the sash window A of the present embodiment, the second airtight / heat insulating structure B2 for ensuring the airtightness and heat insulating property between the upper frame 16 and the combined stile 10d and the upper stile 10a The second airtight / heat insulating structure B2 forms the second airtight line R3 by the second airtight material 27 that abuts on the other combined stile 10d and the upper stile 10a.

Further, in the airtight / heat insulating structure B of the sash window A of the present embodiment, the second airtight line R3 formed by the second airtight material 27 and the first airtight line R2 formed by the first airtight material 24 are formed. Since the positions of the viewing directions T3 are shifted, the airtightness and heat insulating properties can be effectively exhibited on these two airtight lines R2 and R3. Therefore, it is possible to further improve the airtightness and the heat insulating property as compared with the conventional case.

Further, in the airtight / heat insulating structure B of the sash window A of the present embodiment, the third airtight / heat insulating structure for ensuring the airtightness and heat insulating property between the lower frame 17 and the combined stile 10d and the lower stile 10b. A third airtight / heat insulating structure B3 is provided with a B3, and similarly to the second airtight / heat insulating structure B2, the third airtight line R4 is provided by the third airtight material 31 that abuts on the other combined stile 10d and the lower stile 10b. Form. As a result, the third airtight / heat insulating structure B3 can obtain the same action and effect as the second airtight / heat insulating structure B2.

In addition, the third airtight material 31 is brought into contact with the other shoji 13's combined stile 10d and lower stile 10b to ensure airtightness and heat insulation, so that the combined stile 10d is compared with the conventional one. The dimension of the prospective direction T3 can be kept small. Therefore, the appearance can be further improved and the cost can be reduced.

Further, since the two airtight lines R2 and R4 having different positions (shifted positions) are formed, the airtightness and the heat insulating property can be individually exhibited in each of the airtight lines R2 and R4. Therefore, it is possible to further improve the airtightness and the heat insulating property as compared with the conventional case.

Further, in the airtight / heat insulating structure B of the sash window A of the present embodiment, the fourth airtight / heat insulating structure B4 and the first airtight / heat insulating structure B1 are between the first airtight / heat insulating structure B1 and the third airtight heat insulating structure B3. Since the fifth airtight / heat insulating structure B5 is interposed between the second airtight heat insulating structure B2 and the second airtight heat insulating structure B2, the airtight line can be connected and the airtightness and the heat insulating property can be preferably ensured.

The fourth airtight material 32 of the fourth airtight / heat insulating structure B4 and the fifth airtight material 33 of the fifth airtight / heat insulating structure B5 are arranged adjacent to the first airtight material 24 of the first airtight / heat insulating structure B1, respectively. By providing the protruding portions 32a and 33a (which are arranged side by side), the joint between the first airtight material 24 and the fourth airtight material 32 and the fifth airtight material 33 does not become a ventilation path (air leakage). It is possible to further improve the airtightness and heat insulation.

Further, by providing the fourth airtight material 32 of the fourth airtight / heat insulating structure B4 and the fifth airtight material 33 of the fifth airtight / heat insulating structure B5, the fifth airtight material 33 is further adjacent to the first airtight material 24 of the first airtight / heat insulating structure B1. By providing the protruding portions 32a and 33a, the airtightness and heat insulating property can be ensured even when the first airtight material 24 or the like is thermally shrunk.

Further, a fourth airtight material 32 of the fourth airtight / heat insulating structure B4 and a fifth airtight material 33 of the fifth airtight / heat insulating structure B5 are provided, and further, the first airtight material 24 of the first airtight / heat insulating structure B1 is provided. If the adjacent protrusions 32a and 33a are provided so as to secure the desired airtightness and heat insulating property, it is possible to form the combined stile 10d with a smaller found width as compared with the conventional case. ..

Further, together with the first airtight material 24 of the first airtight / heat insulating structure B1, the fourth airtight material 32 of the fourth airtight / heat insulating structure B4 and the fifth airtight material 33 of the fifth airtight / heat insulating structure B5 form a heat insulating layer. In other words, the first resin material 21 is configured to be in contact with the first resin material 21, so that the first resin material 21 is in contact with not only the first airtight material 24 but also the fourth airtight material 32 and the fifth airtight material 33 in the finding direction. If the width is increased, the airtightness and heat insulating property can be further improved.

Although one embodiment of the airtight / heat insulating structure of the sash window according to the present invention has been described above, the present invention is not limited to the above one embodiment and can be appropriately modified without departing from the spirit of the present invention. ..

For example, the fourth airtight / heat insulating structure B4 and the fifth airtight / heat insulating structure B5 may be composed of a plurality of members.
For example, as shown in FIGS. 10 and 11, the intermediate rail / intermediate wall portion 20 of the upper frame 16 (lower frame 17) is insulated so as to project downward (upward) from the tip of the intermediate rail 20 in the projecting direction. A resin material 35 having excellent properties is attached, and further, the tip of the resin material 35 in the protruding direction, the upper end (lower end) of the first airtight material 24, and the upper stile 10a of one shoji 12 and the other 13 are brought into close contact with each other. The fifth airtight / heat insulating structure B5 may be configured by providing the fifth airtight material (airtight piece / upper filling airtight material) 33 so as to fill the upper space surrounded by the upper member. It goes without saying that the fourth airtight / heat insulating structure B4 can be configured upside down in the same manner as this.

Then, by filling and arranging the resin material 35 and the fifth airtight material 33 in the space portion in this way, it is possible to further improve the airtightness and the heat insulating property. Further, by providing the fifth airtight material 33, as shown in FIG. 11, the first airtight line R2 and the second airtight line R3 (third airtight line R4) can be connected.

Further, by providing the resin material 35 and the fifth airtight material 33, a new airtight line is formed at a plurality of portions where the fifth airtight material 33 abuts, such as the abutting portion between the resin material 35 and the fifth airtight material 33. be able to. Therefore, by providing the fifth airtight material 33 in a large size, it is possible to improve the airtightness and the heat insulating property more reliably and effectively while keeping the combined stile 10d small.

Further, as shown in FIG. 10, for example, the first resin material 21 Ru also contemplated et been that would change the position of the airtight line by, for example, positional deviation (dashed line) by construction errors or the like attached to the other shoji 13 However, by providing the fifth airtight material 33 together with the first airtight material 24, the airtight line of this portion does not shift, and it becomes possible to exhibit highly reliable airtightness performance and heat insulating performance.

Further, as shown in FIG. 12, the frame body 15 is provided with an upper rail (or lower rail: intermediate wall portion) 20 that supports the upper side (or lower end side) of each shoji 12 and 13 so as to be slidable. When the upper frame 16 (or lower frame 17) is configured, the airtight material 36 is attached to the upper stile 10a (or lower stile 10b) of each shoji 12 and 13, and the tip is attached to the upper rail (or lower rail) 20. The portions may be crimped to form an airtight line.

In the present embodiment, the first airtight material 24 is brought into close contact with the first resin material 21 of the other mating stile 10d, but the first airtight material 24 is brought into close contact with the aluminum portion (metal part) of the mating stile 10d. It is also conceivable to bring it into contact with. Also in this case, as in the present embodiment, the expected direction can be reduced because the airtight line is displaced.

1 One combination stile 2 The other combination stile 3 Resin material 4 Smoke return 5 Drainer 10 sash
10a Upper stile 10b Lower stile 10c Vertical stile 10d Combined stile 11 Glass panel 12 One shoji 13 The other shoji 15 Frame 16 Upper frame 17 Lower frame 18 Door roller 20 Intermediate wall (intermediate rail, upper rail, lower rail)
21 First resin material (resin cover)
23 1st engaging part 24 1st airtight material (side airtight material)
24a Engagement base end 24b Airtight / heat insulation body 25 Resin cover 26 Second engagement part 27 Second airtight material 27a Engagement base end 27b Airtight / heat insulation body 30 Third engagement part 31 Third airtight material ( Lower airtight material)
31a Engagement base end 31b Airtight / heat insulating body 32 4th airtight material 32a Protruding part 32b Fitting part 33 5th airtight material 33a Protruding part (adjacent part of airtight material)
33b Fitting part 35 Resin material 36 Airtight material 100 Conventional sash window A Sash window B Airtight / heat insulating structure B1 1st airtight / heat insulating structure B2 2nd airtight / heat insulating structure B3 3rd airtight / heat insulating structure B4 4th airtight / heat insulating Structure B5 Fifth airtight / heat insulating structure R1 Airtight line R2 First airtight line R3 Second airtight line R4 Third airtight line T1 Width direction T2 Vertical direction T3 Depth direction

Claims (3)

A plurality of sashes supported by a frame body attached to the outer periphery of an opening formed in a building are provided, and at least one sash is supported so as to be slidable to the frame body and to open and close the opening. The airtight / insulated structure of the sash window
The sash window is an aluminum resin composite sash,
The shoji is provided with a stile having an upper stile, a lower stile, a vertical stile, and a sash, and a glass panel whose outer peripheral end is held by the stile to form a window surface.
The stile is formed with a fitting recess for engaging and holding the glass panel.
The piece arranged on the indoor side in the fitting recess is made of aluminum.
The shoji was closed and one of the adjacent shoji stiles and the other sash of the other shoji overlapped in the depth direction, and were attached to the surfaces of the one sash facing each other. It is provided with an airtight material and a resin material that is attached to the surface of the other mating stile and adheres to the airtight material .
The upper frame of the frame body is provided with an intermediate wall portion that protrudes downward and extends in the width direction between the depth directions on the upper side of the pair of adjacent shoji screens.
The lower frame of the frame body is provided with an intermediate wall portion that protrudes upward and extends in the width direction between the depth directions of the lower side of the pair of adjacent shoji screens.
It is provided with another airtight material attached to the intermediate wall portion of the upper frame and / or the lower frame and in close contact with the other mating stile.
An airtight line formed by abutting the airtight material attached to the surface of the one mating stile and the resin material attached to the surface of the other mating stile, and attached to the intermediate wall portion. An airtight / heat insulating structure for a sash window, characterized in that the airtight line formed by abutting the other airtight material and the other airtight stile is displaced in the depth direction . In the airtight / heat insulating structure of the sash window according to claim 1.
An airtight piece is provided between the upper end of the airtight material and the upper frame of the frame, and / or between the lower end of the airtight material and the lower frame of the frame.
An airtight / insulating structure of a sash window in which the airtight piece comprises an airtight material adjoining portion adjacent to the airtight material. In the airtight / insulated structure of the sash window according to claim 1 or 2.
An airtight / heat insulating structure for a sash window in which the airtight material is an elastic body.

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